The synthetic Horizontal LifelineÂ system for the Portable Vacuum Anchor (General & Aviation Industries) is extremely lightweight, easy to install. Engineered with attention to quality and detail, the system will work alongside you during maintenance, bridgework, construction and general industry applications with absolute safety and reliability.
A horizontal lifeline may appear to be a basic line strung between two anchors, but it is not. It is critical to choose a system that has been precision engineered and rigorously tested to meet regulations. These systems are used to protect workers operating in the horizontal plane who may not have continuous access to suitable anchorage points.
Features & Benefits:
40 ft. (18.3 m) system includes tensioner and energy absorbers
Specifically designed for use with the Mobi-Lokâ„˘ vacuum anchor system to provide the ultimate in horizontal mobility and fall protection.
Lightweight 11/16″ (17.5mm) static kernmantle rope lifeline
Offers a combination of minimized weight with durability making it ideal for temporary applications where the system will be moved often.
Ideal for use with Mobi-Lokâ„˘ vacuum anchor systems
Lightweight design with aluminum hardware and dual energy absorbers allows this system to be used with the vacuum anchor system.
Extremely lightweight and portable design
Provides fast and easy handling, installation and storage for maximum worker productivity.
Dual energy absorber design limits fall arrest forces
Integral device limits fall arrest forces on the worker to safe levels, minimizes fall clearance needed and protects the structure.
Integral rotary tensioner for easy set-up
Simple device allows user to easily tension the system without special tools.
Flexible system capacity of 2 workers
Highly portable system provides horizontal mobility and protection for two workers for added jobsite flexibility.
Various lengths are available to suit jobsite needs
Systems are available in 10 ft. (3m) increments up to 100 ft. (30.5m) allowing you to customize the length to suit specific jobsite requirements.